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Full text of "Superchart VIC-20 - Commodore 64 (1983)(Butterfield, Jim)"

SuperChart: VIC 20 / Commodore 64 



DECIMAL 


HEX ASCII 


SCREEN 


BASIC 


6502 DECIMAL 




DECIMAL 


HEX 


ASCII 


SCREEN 


BASIC 


6502 DECIMAL I 





00 


@ 


end-line 


BRK 







64 


40 


@ 


H 


@ 


RTI 


64 


1 


01 


A 




ORA(I.X) 


1 




65 


41 


A 


ffl,a 


A 


EOR(I.X) 


65 


2 


02 


B 






2 




66 


42 


B 


E.b 


B 




66 


3 


03 stop 


C 






3 




67 


43 


C 


B,c 


C 




67 


4 


04 


D 






4 




68 


44 


D 


B,d 


D 




68 


5 


05 white 


E 




ORAZ 


5 




69 


45 


E 


n,e 


E 


EORZ 


69 


6 


06 


F 




ASLZ 


6 




70 


46 


F 


H,f 


F 


LSRZ 


70 


7 


07 


G 






7 




71 


47 


G 


on.g 


G 




71 


8 


08 lock 


H 




PHP 


8 




72 


48 


H 


03, h 


H 


PHA 


72 


9 


09 unlock 


I 




ORA# 


9 




73 


49 


I 


S,i 


I 


EOR# 


73 


10 


0A 


J 




ASLA 


10 




74 


4A 


J 


Ej 


J 


LSRA 


74 


11 


0B 


K 






11 




75 


4B 


K 


□ ,k 


K 




75 


12 


oc 


L 






12 




76 


4C 


L 


□ ,l 


L 


JMP 


76 


13 


OD car ret 


M 




ORA 


13 




77 


4D 


M 


S,m 


M 


EOR 


77 


14 


OE text 


N 




ASL 


14 




78 


4E 


N 


0,n 


N 


LSR 


78 


15 


OF 









15 




79 


4F 





□ ,o 







79 


16 


10 


P 




BPL 


16 




80 


50 


P 


□ ,p 


P 


BVC 


80 


17 


1 1 cur down 


Q 




ORA(l),Y 


17 




81 


51 


Q 


H,q 


Q 


EOR(l),Y 


81 


18 


1 2 reverse 


R 






18 




82 


52 


R 


□ ,r 


R 




82 


19 


13 cur home 


S 






19 




83 


53 


S 


ffl,s 


S 




83 


20 


1 4 delete 


T 






20 




84 


54 


T 


D,t 


T 




84 


21 


15 


U 




ORAZ.X 


21 




85 


55 


U 


Q,u 


U 


EORZ.X 


85 


22 


16 


V 




ASLZ,X 


22 




86 


56 


V 


my 


V 


LSR Z,X 


86 


23 


17 


W 






23 




87 


57 


w 


n,w 


w 




87 


24 


18 


X 




CLC 


24 




88 


58 


X 


a,x 


X 


CLI 


88 


25 


19 


Y 




ORAY 


25 




89 


59 


Y 


□ ,y 


Y 


EORY 


89 


26 


1A 


Z 






26 




90 


5A 


Z 


ffl.z 


Z 




90 


27 


1B 


[ 






27 




91 


5B 


[ 


ffl 


[ 




91 


28 


1C red 


\ 






28 




92 


5C 


£ 


B 


£ 




92 


29 


1D cur right 


] 




ORAX 


29 




93 


5D 


J 


CD 


] 


EORX 


93 


30 


1 E green 


t 




ASLX 


30 




94 


5E 


f 


H,S 


t 


LSRX 


94 


31 


1F blue 


«- 






31 




95 


5F 


«- 


a,H 


«- 




95 


32 


20 space 


space 


space 


JSR 


32 




96 


60 




□ 




RTS 


96 


33 


21 ! 


I 


! 


AND(I.X) 


33 




97 


61 




c 




ADC(I,X) 


97 


34 


22 


" 


" 




34 




98 


62 




Q 






98 


35 


23 # 


# 


# 




35 




99 


63 




[H 






99 


36 


24 $ 


$ 


$ 


BITZ 


36 




100 


64 




[ | 






100 


37 


25 % 


% 


% 


ANDZ 


37 




101 


65 




n 




ADCZ 


• ni 


38 


26 & 


& 


& 


ROLZ 


38 




102 


66 




n 




RORZ 


' i ""' y 


39 


27 


/ 


/ 




39 




103 


67 




:i 






1 U '; 


40 


28 ( 


( 


( 


PLP 


40 




104 


68 




888 




PLA 


■04 


41 


29 ) 


) 


) 


AND# 


41 




105 


69 




T W 




ADC# 


1 05 


42 


2A * 


* 


* 


ROLA 


42 




106 


6A 




Ll 




RORA 


1 06 


43 


2B + 


+ 


+ 




43 




107 


6B 




[E 






107 


44 


2C 


, 


j 


BIT 


44 




108 


6C 




3 




JMP(I) 


108 


45 


2D 


- 


- 


AND 


45 




109 


6D 




a 




ADC 


109 


46 


2E 






ROL 


46 




110 


6E 




E 




ROR 


110 


47 


2F / 


/ 


/ 




47 




111 


6F 




! — I 






1 1 1 


48 


30 








BMI 


48 




112 


70 




rq 




BVS 


1 ] ^ 


49 


31 1 


1 


1 


AND(I),Y 


49 




113 


71 




cc 




ADC(I).Y. 


i 13 


50 


32 2 


2 


2 




50 




114 


72 




rr 






1 U 


51 


33 3 


3 


3 




51 




115 


73 




: J 






1 i 5 


52 


34 4 


4 


4 




52 




116 


74 




C 






116 


53 


35 5 


5 


5 


ANDZ,X 


53 




117 


75 




c 




ADCZ.X 


1 17 


54 


36 6 


6 


6 


ROLZ,X 


54 




118 


76 




3 




RORZ.X 


118 


55 


37 7 


7 


7 




55 




119 


77 




™ 






119 


56 


38 8 


8 


8 


SEC 


56 




120 


78 




C 




SEI 


120 


57 


39 9 


9 


9 


ANDY 


57 




121 


79 




y 




ADCY 


121 


58 


3A : 








58 




122 


7A 




□ ,0 






122 


59 


3B ; 


; 


; 




59 




123 


7B 




E3 






123 


60 


3C < 


< 


< 




60 




124 


7C 




a 






124 


61 


3D 


— 


= 


ANDX 


61 




125 


7D 




Q 




ADCX 


125 


62 


3E > 


> 


> 


ROLX 


62 




126 


7E 




a 




RORX 


126 


63 


3F ? 


? 


? 




63 




127 


7F 




s 






127 



Jim Butterfield 



DECIMAL 


HEX ASCII SCREEN BASIC 


6502 


DECIMAL 




DECIMAL 


HEX 


ASCII SCREEN BASIC 


6502 


DECIMAL 


128 


80 


gj 


END 




128 




192 


CO 


H 


TAN 


CPY# 


192 


129 


81 orange 


Q 


FOR 


STA(I.X) 


129 




193 


C1 


ffl,a 


ATN 


CMP(I),X 


193 


130 


82 





NEXT 




130 




194 


C2 


E,b 


PEEK 




194 


131 


83 load & run 


a 


DATA 




131 




195 


C3 


B,c 


LEN 




195 


132 


84 


a 


INPUT# 


STYZ 


132 




196 


C4 


B,d 


STR$ 


CPYZ 


196 


133 


85 f1 


s 


INPUT 


STAZ 


133 




197 


C5 


D,e 


VAL 


CMPZ 


197 


134 


86 f2 


B 


DIM 


STXZ 


134 




198 


C6 


B,f 


ASC 


DECZ 


198 


135 


87 f3 


S 


READ 




135 




199 


C7 


E,g 


CHR$ 




199 


136 


88 f4 


IB 


LET 


DEY 


136 




200 


C8 


□J.h 


LEFTS 


INY 


200 


137 


89 f5 


D 


GOTO 




137 




201 


C9 


□ ,i 


RIGHTS 


CMP# 


201 


138 


8A f6 


D 


RUN 


TXA 


138 




202 


CA 


Q,j 


MID$ 


DEX 


202 


139 


8B f7 


3 


IF 




139 




203 


CB 


□ ,k 


GO 




203 


140 


8C f8 


D 


RESTORE 


STY 


140 




204 


CC 


□ J 




CPY 


204 


141 


8D car ret 


BH 


GOSUB 


STA 


141 




205 


CD 


S,m 




CMP 


205 


142 


8E graphics 


IS 


RETURN 


STX 


142 




206 


CE 


0,n O 


DEC 


206 


143 


8F 


El 


REM 




143 




207 


CF 


□ ,o < 




207 


144 


90 black 


B 


STOP 


BCC 


144 




208 


DO 


□ ,p ° 


BNE 


208 


145 


91 cur up 


B 


ON 


STA(I),Y 


145 




209 


D1 


■ ,q I? 


CMP(I).Y 


2C9 


146 


92 rvs off 


Q 


WAIT 




146 




210 


D2 


□ ,r § 




210 


147 


93 clear 


S 


LOAD 




147 




211 


D3 


mm CD 

ffl.s cc 




211 


148 


94 insert 


D 


SAVE 


STYZ,X 


148 




212 


D4 


D,t 






212 


149 


95 brown 


E 


VERIFY 


STA Z,X 


149 




213 


D5 


Q,u 




CMPZ.X 


213 


150 


96 It. red 


Q 


DEF 


STX Z,Y 


150 




214 


D6 


§v 




DECZ,X 


214 


151 


97 dk. grey 


^| 


POKE 




151 




215 


D7 


n,w 






215 


152 


98 md. grey 


Q 


PRINT# 


TYA 


152 




216 


D8 


S,x 




CLD 


216 


153 


99 It. green 


D 


PRINT 


STAY 


153 




217 


D9 


□ ,y 




CMPY 


217 


154 


9A It. blue 


a 


CONT 


TXS 


154 




218 


DA 


ffl.z 






218 


155 


9B It. grey 


ii 


LIST 




155 




219 


DB 


ffl 






219 


156 


9C magenta 


Q 


CLR 




156 




220 


DC 


B 






220 


157 


9D cur left 


II 


CMD 


STAX 


157 




221 


DD 


LD 




CMPX 


221 


158 


9E yellow 


D 


SYS 




158 




222 


DE 


®,S 




DECX 


222 


159 


9F cyan 


B 


OPEN 




159 




223 


DF 


as 






223 


160 


A0 " C 


■ 


CLOSE 


LDY# 


160 




224 


EO 




■ 


CPX# 


224 


161 


A1 C 


D 


GET 


LDA(I.X) 


161 




225 


E1 




1 


SBC(I).X 


225 


162 


A2 H 


1 


NEW 


LDX# 


162 




226 


E2 




H 




226 


163 


A3 C 


m 


TAB( 




163 




227 


E3 




■ 




227 


164 


A4 □ 





TO 


LDYZ 


164 




228 


E4 




■ 


CPXZ 


228 


165 


A5 n 


E 


FN 


LDAZ 


165 




229 


E5 




■ 


SBCZ 


229 


166 


A6 m 


□ 


SPC( 


LDXZ 


166 




230 


E6 




m 


INCZ 


230 


167 


A7 [J 


■ 


THEN 




167 




231 


E7 




m 




231 


168 


A8 »a 


D 


NOT 


TAY 


168 




232 


E8 




m 


INX 


232 


169 


A9 P,a 


D 


STEP 


LDA# 


169 




233 


E9 




jkM 


SBC# 


233 


170 


AA :i 


B 


+ 


TAX 


170 




234 


EA 




■ 


NOP 


234 


171 


AB lE 





- 




171 




235 


EB 




IS 




235 


172 


ac a 


■ 


* 


LDY 


172 




236 


EC 




r 


CPX 


236 


173 


AD E 


B 


/ 


LDA 


173 




237 


ED 




B 


SBC 


237 


174 


AE E 


B 


t 


LDX 


174 




238 


EE 




a 


INC 


238 


175 


AF [- 


B 


AND 




175 




239 


EF 




■ 




239 


176 


B0 [r 


S 


OR 


BCS 


176 




240 


FO 




B 


BEQ 


240 


177 


BT S 


D 


> 


LDA(I).Y 


177 




241 


F1 




a 


SBC(I).Y 


241 


178 


B2 ^ 


B 


= 




178 




242 


F2 




B 




242 


179 


B3 g: 





< 




179 




243 


F3 




SI 




243 


180 


B4 E 


B 


SGN 


LDYZ.X 


180 




244 


F4 




I 




244 


181 


B5 C 


a 


INT 


LDAZ.X 


181 




245 


F5 




3 


SBCZ.X 


245 


182 


B6 3 


CD 


ABS 


LDX Z.Y 


182 




246 


F6 




C 


INCZ.X 


246 


183 


B7 r 


B 


USR 




183 




247 


F7 




L - : 




247 


184 


B8 5 


Q 


FRE 


CLV 


184 




248 


F8 




™ 


SED 


248 


185 


B9 - 


a 


POS 


LDAY 


185 




249 


F9 




mm 


SBCY 


249 


186 


BA a,E 


B 


SQR 


TSX 


186 




250 


FA 




BB 




250 


187 


BB E 


B 


RND 




187 




251 


FB 




a 




251 


188 


BC a 


B 


LOG 


LDYX 


188 




252 


FC 




B 




252 


189 


BD E] 


B 


EXP 


LDAX 


189 




253 


FD 




a 


SBCX 


253 


190 


BE D 


a 


COS 


LDXY 


190 




254 


FE 




a 


INCX 


254 


191 


BF S 


□ 


SIN 




191 




255 


FF 




a tt 




255 



SuperChart: BASIC 2.0 / 4.0 



DECIMAL 


HEX ASCII 


SCREEN 


BASIC 


6502 


DECIMAL 




DECIMAL 


HEX 


ASCII 


SCREEN 


BASIC 


6502 


DECIMAL ' 





00 


@ 


end-line 


BRK 







64 


40 


@ 


B 


@ 


RTI 


64 


1 


01 


A 




ORA(I.X) 


1 




65 


41 


A 


B,a 


A 


EOR(I.X) 


65 


2 


02 


B 






2 




66 


42 


B 


DD,b 


B 




66 


3 


03 stop 


C 






3 




67 


43 


C 


B,c 


C 




67 


4 


04 


D 






4 




68 


44 


D 


B,d 


D 




68 


5 


05 


E 




ORAZ 


5 




69 


45 


E 


n,e 


E 


EORZ 


69 


6 


06 


F 




ASLZ 


6 




70 


46 


F 


B,f 


F 


LSRZ 


70 


7 


07 bell 


G 






7 




71 


47 


G 


E,g 


G 




71 


8 


08 


H 




PHP 


8 




72 


48 


H 


ED.h 


H 


PHA 


72 


9 


09 tab 


I 




ORA# 


9 




73 


49 


I 


a, i 


1 


EOR# 


73 


10 


0A 


J 




ASLA 


10 




74 


4A 


J 


a,j 


J 


LSRA 


74 


11 


OB 


K 






11 




75 


4B 


K 


Q,k 


K 




75 


12 


OC 


L 






12 




76 


4C 


L 


□ ,l 


L 


JMP 


76 


13 


OD car ret 


M 




ORA 


13 




77 


4D 


M 


S,m 


M 


EOR 


77 


14 


OE text 


N 




ASL 


14 




78 


4E 


N 


0,n 


N 


LSR 


78 


15 


OF top left 









15 




79 


4F 





□ ,o 







79 


16 


10 


P 




BPL 


16 




80 


50 


P 


□ ,p 


P 


BVC 


80 


17 


1 1 cur down 


Q 




ORA(l),Y 


17 




81 


51 


Q 


■ ,q 


Q 


EOR(l),Y 


81 


18 


1 2 reverse 


R 






18 




82 


52 


R 


□ ,r 


R 




82 


19 


13 cur home 


S 






19 




83 


53 


S 


B,s 


S 




83 


20 


1 4 delete 


T 






20 




84 


54 


T 


D,t 


T 




84 


21 


15 del line 


U 




ORAZ,X 


21 




85 


55 


U 


Q,u 


U 


EORZ,X 


85 


22 


1 6 ers start 


V 




ASLZ,X 


22 




86 


56 


V 


Kl.v 


V 


LSR Z.X 


86 


23 


17 


w 






23 




87 


57 


W 


n,w 


w 




87 


24 


18 


X 




CLC 


24 




88 


58 


X 


n,x 


X 


CLI 


88 


25 


19 scroll dn 


Y 




ORAY 


25 




89 


59 


Y 


a,y 


Y 


EORY 


89 


26 


1A 


Z 






26 




90 


5A 


Z 


ffl.z 


Z 




90 


27 


1 B escape 


[ 






27 




91 


5B 


[ 


a 


[ 




91 


28 


1C 


\ 






28 




92 


5C 


\ 


c 


\ 




92 


29 


1D cur right 


] 




ORAX 


29 




93 


5D 


] 


CD 


] 


EORX 


93 


30 


1E 


t 




ASLX 


30 




94 


5E 


t 


fflM 


t 


LSRX 


94 


31 


1F 


*- 






31 




95 


5F 


«- 


as 


<— 




95 


32 


20 space 


space 


space 


JSR 


32 




96 


60 




□ 




RTS 


96 


33 


21 ! 


i 


i 


AND(I,X) 


33 




97 


61 




m 




ADC(I.X) 


97 


34 


22 


" 


" 




34 




98 


62 




a 






98 


35 


23 # 


# 


# 




35 




99 


63 




□ 






99 


36 


24 $ 


$ 


$ 


BITZ 


36 




100 


64 




□ 






100 


37 


25 % 


% 


% 


ANDZ 


37 




101 


65 




r 




ADCZ 




38 


26 & 


& 


& 


ROLZ 


38 




102 


66 




m 




RORZ 




39 


27 


/ 


/ 




39 




103 


67 




D 








40 


28 ( 


( 


( 


PLP 


40 




104 


68 




ass 




PLA 




41 


29 ) 


) 


) 


AND# 


41 




105 


69 




P ,% 




ADC# 


i ,-■) r; 


42 


2A * 


* 


* 


ROLA 


42 




106 


6A 




1 




RORA 


1 0(: 


43 


2B + 


+ 


+ 




43 




107 


6B 




CB 






107 


44 


2C 


, 


i 


BIT 


44 




108 


6C 




. 




JMP(I) 


108 


45 


2D 


- 


- 


AND 


45 




109 


6D 




C3 




ADC 


109 


46 


2E 






ROL 


46 




110 


6E 




E 




ROR 


110 


47 


2F / 


/ 


/ 




47 




111 


6F 




□ 






1 i 1 


48 


30 








BMI 


48 




112 


70 




G 




BVS 


i 12 


49 


31 1 


1 


1 


AND(I),Y 


49 




113 


71 




a 




ADC(I).Y 


1 , < 


50 


32 2 


2 


2 




50 




114 


72 




s 






4 ' -l 


51 


33 3 


3 


3 




51 




115 


73 




rn 






^ ^ 5 


52 


34 4 


4 


4 




52 




116 


74 




C 






i - r :) 


53 


35 5 


5 


5 


ANDZ,X 


53 




117 


75 




c 




ADC Z.X 


1 1 7 


54 


36 6 


6 


6 


ROLZ.X 


54 




118 


76 




a 




ROR Z.X 


i i 3 


55 


37 7 


7 


7 




55 




119 


77 




r 






1 1 Q 


56 


38 8 


8 


8 


SEC 


56 




120 


78 




m 




SEI 


i 20 


57 


39 9 


9 


9 


ANDY 


57 




121 


79 




y 




ADCY 


1 9 1 


58 


3A : 








58 




122 


7A 




□ ,0 






122 


59 


3B ; 


; 


i 




59 




123 


7B 




B 






123 


60 


3C < 


< 


< 




60 




124 


7C 




a 






124 


61 


3D 


= 


= 


ANDX 


61 




125 


7D 




H 




ADCX 


125 


62 


3E > 


> 


> 


ROLX 


62 




126 


7E 




E 




RORX 


126 


63 


3F ? 


? 


? 




63 




127 


7F 




s 






127 



Jim Butterfield 



DECIMAL 


HEX ASCII SCREEN BASIC 


6502 ( 


DECIMAL 


DECIMAL 


HEX 


ASCII SCREEh 


J BASIC 6502 


DECIMAL 


128 


80 


Hj 


END 




128 


192 


CO 


B 




TAN CPY # 


192 


129 


81 


a 


FOR 


STA(I.X) 


129 


193 


C1 


ffl.a 




ATN CMP(I),X 


193 


130 


82 


E 


NEXT 




130 


194 


C2 


E,b 




PEEK 


194 


131 


83 load & run 


B 


DATA 




131 


195 


C3 


B.c 




LEN 


195 


132 


84 


13 


INPUT# 


STYZ 


132 


196 


C4 


B,d 




STR$ CPY Z 


196 


133 


85 


11 


INPUT 


STAZ 


133 


197 


C5 


□ ,e 




VAL CMPZ 


197 


134 


86 


i 


DIM 


STXZ 


134 


198 


C6 


B,f 




ASC DEC Z 


198 


135 


87 bell 


E 


READ 




135 


199 


C7 


E,g 




CHR$ 


199 


136 


88 


01 


LET 


DEY 


136 


200 


C8 


E,h 




LEFTS INY 


200 


137 


89 set/clrtab 


II 


GOTO 




137 


201 


C9 


B,i 




RIGHTS CMP# 


201 


138 


8A 


D 


RUN 


TXA 


138 


202 


CA 


B,j 




MID$ DEX 


202 


139 


8B 


□ 


IF 




139 


203 


CB 


E,k 




GO 


203 


140 


8C 


D 


RESTORE 


STY 


140 


204 


CC 


□ J 




CONCAT CPY 


204 


141 


8D car ret 


Q| 


GOSUB 


STA 


141 


205 


CD 


H,m 




DOPEN CMP 


205 


142 


8E graphics 


m 


RETURN 


STX 


142 


206 


CE 


0,n & 


DCLOSE DEC 


206 


143 


8F bot right 


b 


REM 




143 


207 


CF 


□ ,o < 


RECORD 


207 


144 


90 


Q 


STOP 


BCC 


144 


208 


DO 


°.P I 


HEADER BNE 


208 


145 


91 cur up 


E 


ON 


STA(I),Y 


145 


209 


D1 


■•q % 


COLLECT CMP(I),Y 


209 


146 


92 rvs off 


Q 


WAIT 




146 


210 


D2 


□ .r [ 


> 

D 


BACKUP 


210 


147 


93 clear 


S 


LOAD 




147 


211 


D3 


n.s °c 


COPY 


211 


148 


94 insert 


D 


SAVE 


STYZ,X 


148 


212 


D4 


D,t 




APPEND 


212 


149 


95 ins line 


ED 


VERIFY 


STAZ.X 


149 


213 


D5 


B,u 




DSAVE CMPZ.X 


213 


150 


96 ers end 


a 


DEF 


STX Z.Y 


150 


214 


D6 


K,v 




DLOAD DEC Z.X 


214 


151 


97 


^j 


POKE 




151 


215 


D7 


n,w 




CATALOG 


215 


152 


98 


□ 


PRINT# 


TYA 


152 


216 


D8 


ffl.x 




RENAME CLD 


216 


153 


99 scroll up 


D 


PRINT 


STAY 


153 


217 


D9 


□ ,y 




SCRATCH CMPY 


217 


154 


9A 


s 


CONT 


TXS 


154 


218 


DA 


8B,z 




DIRECTORY 


218 


155 


9B escape 


D 


LIST 




155 


219 


DB 


E 






219 


156 


9C 


D 


CLR 




156 


220 


DC 


E 






220 


157 


9D cur left 


n 


CMD 


STAX 


157 


221 


DD 


E 




CMPX 


221 


158 


9E 


D 


SYS 




158 


222 


DE 


a,ss 




DECX 


222 


159 


9F 


s 


OPEN 




159 


223 


DF 


3,S 






223 


160 


A0 □ 


■ 


CLOSE 


LDY# 


160 


224 


E0 




■ 


CPX# 


224 


161 


A1 C 


D 


GET 


LDA(I.X) 


161 


225 


E1 




1 


SBC(I).X 


225 


162 


A2 U 


a 


NEW 


LDX# 


162 


226 


E2 




H 




226 


163 


A3 . n 


□ 


TAB( 




163 


227 


E3 




■ 




997 


164 


A4 L3 


E3 


TO 


LDYZ 


164 


228 


E4 




■ 


CPXZ 


228 


165 


as r: 


I 


FN 


LDAZ 


165 


229 


E5 




m 


SBCZ 


" ; 'O 


166 


A6 m 


□ 


SPC( 


LDXZ 


166 


230 


E6 




m 


INCZ 




167 


m a 


■ 


THEN 




167 


231 


E7 




m 




23 1 


168 


A8 Q 


B 


NOT 


TAY 


168 


232 


E8 




a 


INX 


232 


169 


A9 E,0 


n 


STEP 


LDA# 


169 


233 


E9 




2,Z 


SBCff 


'•• ) 33 


170 


AA □ 


B 


+ 


TAX 


170 


234 


EA 




I 


NOP 


234 


171 


AB DE 


B 


- 




171 


235 


EB 




H 




235 


172 


ac a 


B 


* 


LDY 


172 


236 


EC 




P 


CPX 


236 


173 


AD E 


B 


/ 


LDA 


173 


237 


ED 




B 


SBC 


237 


174 


ae a 


B 


t 


LDX 


174 


238 


EE 




a 


INC 


238 


175 


AF U 


B 


AND 




175 


239 


EF 




■ 




239 


176 


B0 E 


El 


OR 


BCS 


176 


240 


F0 




18 


BEQ 


240 


177 


B1 E 


fl 


> 


LDA(I).Y 


177 


241 


F1 




B 


SBC(I).Y 


24 1 


178 


B2 S 


a 


= 




178 


242 


F2 




S 




242 


179 


B3 ffl 


a 


< 




179 


243 


F3 




a 




243 


180 


B4 C 


□ 


SGN 


LDYZ.X 


180 


244 


F4 




■ 




2h-+ 


181 


B5 C 


a 


INT 


LDAZ,X 


181 


245 


F5 




i 


SBC Z.X 


d -+ b 


182 


B6 a 


a 


ABS 


LDX Z.Y 


182 


246 


F6 




i 


INCZ.X 


246 


183 


B7 H 


B 


USR 




183 


247 


F7 




a 




247 


184 


B8 E 


a 


FRE 


CLV 


184 


248 


F8 




b 


SED 


248 


185 


B9 - 


a 


POS 


LDAY 


185 


249 


F9 




H 


SBCY 


249 


186 


BA E,0 


a 


SQR 


TSX 


186 


250 


FA 




■ Q 


1 


250 


187 


bb a 


b 


RND 




187 


251 


FB 




9 




251 


188 


BC H 


B 


LOG 


LDYX 


188 


252 


FC 




b 




252 


189 


BD E 


a 


EXP 


LDAX 


189 


253 


FD 




a 


SBCX 


253 


190 


BE □ 


B 


COS 


LDXY 


190 


254 


FE 




a 


INCX 


254 


191 


BF S 


B 


SIN 




191 


255 


FF 


n 


a 


TT 


255